• +/-45 Bx600 Glass Fiber for Yacht Building
  • +/-45 Bx600 Glass Fiber for Yacht Building
  • +/-45 Bx600 Glass Fiber for Yacht Building
  • +/-45 Bx600 Glass Fiber for Yacht Building
  • +/-45 Bx600 Glass Fiber for Yacht Building
  • +/-45 Bx600 Glass Fiber for Yacht Building

+/-45 Bx600 Glass Fiber for Yacht Building

Direction: +/-45 Degree
Total Area Weight: 600GSM
Roving in +45 Degree: 300GSM
Roving in -45 Degree: 300GSM
Roll Width: 1270mm
Transport Package: in Carton
Samples:
US$ 1.80/kg 1 kg(Min.Order)
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Basic Info.

Specification
50kg/roll
Trademark
JLON
Origin
China
HS Code
70195900
Production Capacity
20000ton/Year

Product Description


Multiaxial fabrics consists of one or more layers of long fiber in direction of 0°,90 °,+45°,-45°, with or without chopped mat and layer of veil. These layers are stitched with polyester yarn.

Typical applications:wind energy, marine/ship building, sport/leisure products, automotive, aerospace & defence, etc.


1) Unidirectional Fabric:

A unidirectional (UD) fabric can be made as 0° orientation or 90° orientation. The majority of rovings run in one direction only. Small amount of rovings may run in the other direction. The layers of chopped mat and/or polyester veil can be added.
The UD fabrics have high strength in one direction.


Specification:
Product No. Overall
Density
(g/m²)
0º Roving
Density (g/m²)
90º Roving
Density (g/m²)
Chop Density (g/m²) Polyester Yarn Density
(g/m²)
UDL300 312 261 39 / 12
UDL400 412 355 45 / 12
UDL460 469.5 413 47 / 9.5
UDL600A 612 533 67 / 12
UDL600 612 480 120 / 12
UDL800 812 710 90 / 12
UDL950 956 866 84 / 6
UDL1000 1022 710 / 300 12
UDL1200 1195 1134 55 / 6
UDT125 126 / 120 / 6
UDT300 309.5 / 300 / 9.5
UDT500 509.5 / 250 / 9.5
UDT600 609.5 / 600 / 9.5
UDTM225/225 459.5 / 225 225 9.5
UDTM300/300 609.5 / 300 200 9.5
UDTM600/300 909.5 / 600 300 9.5


+/-45 Bx600 Glass Fiber for Yacht Building


+/-45 Bx600 Glass Fiber for Yacht Building

2)Double Bias or Bi-Axial Fabric:

Double Bias fabrics are continuous roving oriented in the +45° and -45° directions. They offer superior structural performance in applications subject to extreme shear and torsion stress. These properties are ideal for applications such as wind blades, marine panels, and snowboards.



Specification:

Product No.
Overall
Density (g/m²)
+45º Roving
Density (g/m²)
-45º Roving
Density (g/m²)
Chop Density
(g/m²)
Polyester Yarn
Density (g/m²)
BX160 172 80 80 / 6
BX240 233 106 106 / 6
BX300 306.7 150.33 150.33 / 6
BX400 407 200.5 200.5 / 6
BX450 457 225.5 225.5 / 6
BX600 607.2 300.6 300.6 / 6
BX800 807.6 400.8 400.8 / 6
BX1200 1208.6 601.3. 601.3 / 6
BXM400/225 632 200.5 200.5 225 6
BXM600/225 832.2 300.6 300.6 225 6
BXM800/450 1257.6 400.8 400.8 450 6
BXM1208 682 200.5 200.5 275 6
BXM1308 732 225.5 225.5 275 6
BXM1708 882.2 300.6 300.6 275 6
BXM2408 1082.6 400.8 400.8 275 6


+/-45 Bx600 Glass Fiber for Yacht Building
+/-45 Bx600 Glass Fiber for Yacht Building

3) Bi-Directional Fabric:

The bidirectional fabrics are made by stitching two layers in 0° & 90° directions. They are Non crimp fabric and provide excellent fatigue resistance. Less resin is consumed compared with woven fabric.

Specification:
 
Product No. Overall
Density (g/m²)
0º Roving
Density (g/m²)
90º Roving
Density (g/m²)

Chop Density
(g/m²)
Polyester
Yarn Density
(g/m²)
LT400 409.5 202 198 / 9.5
LT600 609.5 330 270 / 9.5
LT800 809.5 412.5 387.5 / 9.5
LT1200 1209.5 605 595 / 9.5
LTM400/200 609.5 202 198 200 9.5
LTM600/300 909.5 330 270 300 9.5
LTM600/450 1059.5 330 270 450 9.5
LTM800/250 1059.5 412.5 387.5 250 9.5
LTM800/300 1109.5 412.5 387.5 300 9.5
LTM800/450 1259.5 412.5 387.5 450 9.5
LTM1608 835.5 275 276 275 9.5
LTM1808 894.5 330 280 275 9.5
LTM2408 1092 412.5 395 275 9.5
LTM2415 1274.7 412.5 395 457.7 9.5
LTM3208 1381.5 605 492 275 9.5


+/-45 Bx600 Glass Fiber for Yacht Building

+/-45 Bx600 Glass Fiber for Yacht Building
4) Triaxial Fabric :

Triaxial fabrics are a three layer construction fabric, there are two styles in Triaxial- one has a fiber orientation of (+45°/90°/-45°) and the other has a fiber orientation of (0°/+45°/-45°). Triaxial fabrics are used for high strength application.

Specifications:

Product No.
Overall
Density (g/m²)
0º Roving
Density (g/m²)
+45º Roving
Density (g/m²)
90º Roving
Density
(g/m²)
-45º Roving
Density (g/m²)
Chop Density
(g/m²)
Polyester
Yarn Density
(g/m²)
TXL450 453.2 144.7 150.3 1.91 150.3 / 6
TXL600 613.8 217.1 194.4 1.91 194.4 / 6
TXL750 754 216 265 1.91 265 / 6
TXL800 811.8 394 200.4 11 200.4 / 6
TXL1200 1176.1 567 300.6 1.91 300.6 / 6
TXT450 456 0 68 314 68 / 6
TXTV450/45 501 0 100 250 100 V45 6
TXT480 481.3 0 158.1 159.1 158.1 / 6
TXT750 751.5 0 202 341.5 202 / 6
TXT800 810.3 1.91 200.4 401.6 200.4 / 6
TXT1050 1055.9 1.91 217 614 217 / 6
TXT1200A 1214.6 1.91 400.8 405.1 400.8 / 6
TXT1200 1358.8 1.91 300.6 640 300.6 / 6


+/-45 Bx600 Glass Fiber for Yacht Building

+/-45 Bx600 Glass Fiber for Yacht Building

5) Quadraxial Fabric:

Quadraxial fabric consists of all layers (0°/+45°/90°/-45°) of roving orientation. This fabric provides strength in all direction. And this fabric can be produced with the maximum aerial density when compared to any other fabric style.

Application:
Chemical Tanks & Pipes
Defence Sector
Wind Energy Sector
Transportation & Aerospace Industry
Marine & Sports Industry

Specification:
Product No. Overall
Density
(g/m²)
0º Roving
Density
(g/m²)
+45º Roving
Density
(g/m²)
90º Roving
Density (g/m²)
-45º Roving
Density
(g/m²)

Chop Density
(g/m²)
Polyester
Yarn Density
(g/m²)
QK600 601.4 144.7 150.4 150 150.4 / 6
QK800 823.8 216 200.5 200.8 200.5 / 6
QK1000 954 216 248 236 248 / 6
QK1150 1178.7 294 300.6 283.5 300.6 / 6
QK1200 1201.2 294 300.6 300 300.6 / 6
QK1600 1620 434 308 564 308 / 6

+/-45 Bx600 Glass Fiber for Yacht Building
+/-45 Bx600 Glass Fiber for Yacht Building

 

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